GIGABYTE H310M H 2.0 Vs ASUS H110M-CPS - DeviceList

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Home / Motherboard / GIGABYTE H310M H 2.0 vs ASUS H110M-CPSGIGABYTE H310M H 2.0 vs ASUS H110M-CPS Specifications

Rear panel
Audio
Network
Expansion Slots
Storage controllers
Food
Interfaces
Additional parameters
Cooling
Processor
Memory
Chipset
Form factor and dimensions
General parameters

GIGABYTE H310M H 2.0 51% DeviceList score vs

ASUS H110M-CPS 41% DeviceList score We compared the characteristics of GIGABYTE H310M H 2.0 and ASUS H110M-CPS and compiled a list of advantages and a comparison table for you. Find out which one to choose in 2024 year.GIGABYTE H310M H 2.0 benefits

Height

226 mm -18 mm (-7.4%) better vs 244 mm

Maximum memory frequency (MHz)

2666 MGz 266 MGz (11.1%) better vs 2400 MGz

ASUS H110M-CPS benefits Winner in comparison

Price-quality ratio

98.4 % 66.2 % (205.6%) better vs 32.2 %

PCI Express Version

3 1 (50%) better vs 2

LPT Interface

Comparison of all specifications

GIGABYTE H310M H 2.0

ASUS H110M-CPS

Rear panel
Number and type of USB on the back panel
2 x USB 3.2 Gen1 Type A, 4 x USB 2.0	4x USB 2.0, 2x USB 3.0
Number of network ports (RJ-45)The more RJ-45 ports, the more wired connections can be made from your PC (for example, to connect several computers to a local network or connect several providers)
1	1
PS/2 ports
Digital Audio Ports (S/PDIF)
Number of analog audio connectors
3	3
Video outputs
1x HDMI, 1x VGA (D-Sub)	1x VGA (D-Sub), 1x HDMI, 1x DVI-D
Internal USB connectors on the board
2 x USB 3.2 Gen1, 2 x USB 2.0	2x USB 2.0, 2x USB 3.0

Audio
Sound Adapter Chipset
Realtek ALC887	Realtek ALC887
Sound scheme
7.1	7.1
Sound
Realtek HD Audio	Realtek HD Audio

Network
Network Adapter Chipset
Realtek RTL8118AS	Realtek RTL8111H
Bluetooth
Built-in Wi-Fi Adapter
The speed of the network adapterThe maximum allowable speed of the network connection (for example, to fully use the high-speed gigabit Internet, 1000+ Mbps is required).
1000 Mbit/s	1000 Mbit/s

Expansion Slots
Number of PCI slots
no data	1
PCI Express Version
2	3 1 (50%) better
The number of PCI-E x1 slot
2	2
Number of PCI-E x16 slots
1	1

Storage controllers
SATA RAID operating modeA RAID array combines multiple disk devices to improve system performance or fault tolerance. The more levels the motherboard supports, the more possibilities for configuring arrays.
NVMe SupportAllows the installation of NVMe SSDs, which are gradually replacing SSDs with SATA interface
IDE Controller
mSATA connector
Type and number of SATA ports
4x SATA 6Gb/s	4x SATA 6Gb/s

Food
Processor Power connector
4-pin	4-pin
Number of power phases
4	6
Main power connector
24-pin	24-pin

Interfaces

Additional parameters
LPT Interface
Illumination of board elements

Cooling
4-pin connectors for system fans
1	1
The power connector of the CPU cooler
4-pin	4-pin

Processor
Built-in central processing unit
Socket
LGA 1151-v2	LGA 1151

Memory
Supported memory form factor
DIMM	DIMM
Type of supported memory
DDR4	DDR4
The maximum amount of memoryThe maximum total amount of RAM strips installed on the motherboard. The more - the more opportunities for upgrading your PC.
32 Gb	32 Gb
Number of memory channels
2	2
Maximum memory frequency (MHz)
2666 MGz 266 MGz (11.1%) better	2400 MGz
The minimum memory frequency
2133 MGz	2133 MGz
Number of memory slotsThe more RAM slots, the more the maximum amount of memory you can install. Usually, 2 slots are available on budget boards, 4 in the middle price segment, 6 and more in server boards.
2	2
ECC mode support

Chipset
SLI/crossfire Support
UEFIUEFI replaces and enhances legacy BIOS with new graphical user interface and easy mouse interaction, faster boot up and more functionality
BIOS
AMI	AMI
Chipset
Intel H310	Intel H110

Form factor and dimensions
Width
174 mm	no data
Width (mm)
no data	182 mm
Height
226 mm -18 mm (-7.4%) better	244 mm
Form Factor
Micro-ATX	Micro-ATX

General parameters
Price at the time of release
61.6 USD	no data
Price-quality ratioThe sum of all the advantages of the device divided by its price. The higher the%, the better the quality per unit price in comparison with all analogues.
32.2 %	98.4 % 66.2 % (205.6%) better